Whitepapers

Discover how Hybrid CNC Parts is transforming manufacturing by leveraging Meltio’s metal additive technology in real production environments.

Discover why Meltio's Laser-Wire Directed Energy Deposition (DED), by combining laser precision with the stability of wire feedstock, offers a path to production that aligns with how real factories operate.

Discover how Hybrid CNC Parts is transforming manufacturing by leveraging Meltio’s metal additive technology in real production environments.

The article analyzes the mechanical and microstructural properties of Meltio-produced austenitic stainless steel 308L, manufactured using wire laser metal deposition (LMD).

In this case study, Hirudi explores the possibilities of the concept of Hybrid Manufacturing (additive + subtractive) for parts with a certain relevance for industrial manufacturing.

In this study, three Nickel 718 / Stainless Steel 316L multimaterial samples were designed and successfully manufactured by Meltio's technology.

Knowledge BaseMeltio Applications CatalogExplore what’s real...

Meltio and Ansys evaluated the accuracy of Ansys additive manufacturing simulation. Using the Additive Manufacturing Directed Energy Deposition (AM-DED) module in the Ansys Additive Suite, the printability of a nickel-based turbine blade component was investigated and the results were compared with a physical part.

Meltio's utilization of wire feedstock has resulted in enhanced control over material deposition, reduced material waste, improved safety, and broader compatibility with metallic material families. Read this whitepaper and start leveraging the advantages.

Meltio Design Guidelines - Meltio materials covers a wide range of applications and industries, catering to diverse needs and requirements.